Skill UI

Vexor CLI enables semantic file discovery within large repositories. Instead of manual browsing or exact text matching, it locates files based on intent, implementation, or definition. It supports various search modes like code-aware chunking and Markdown outlines, allowing developers to quickly find relevant code or documentation. Use it for locating entrypoints, config logic, or specific features efficiently.

This skill acts as a senior software architect to audit AI-generated or rapidly iterated code. It identifies structural flaws, security risks, and production readiness issues. It evaluates architecture, consistency, robustness, and production risks without rewriting code. Ideal for prototype-to-production transitions and technical debt management.

This guide provides a systematic, safe workflow for refactoring rapidly developed or AI-generated fullstack applications. It focuses on identifying and removing dead code, fixing broken imports, and consolidating repetitive logic while strictly maintaining existing API contracts, routes, and core functionality. Use this before launch to ensure a stable, maintainable production baseline, following a 'surgery, not demolition' philosophy.

A comprehensive, multi-phase quality assurance tool designed for Next.js fullstack applications. It verifies production readiness by checking code integrity, build success, SEO metadata, API authentication, route stability, performance, and security vulnerabilities. Use it as a mandatory pre-deployment checklist before promoting an app to production.

Vibers provides a human-in-the-loop code review workflow for AI-generated GitHub projects. Users push code, and the service reviews it against a specification, checks for security issues, and submits a pull request with suggested fixes. It supports various languages and requires adding a collaborator and configuring a GitHub Action to trigger the review process.

A comprehensive guide covering the entire lifecycle of building VS Code extensions, from initial scaffolding to successful Marketplace publication. Learn best practices for Webviews, TreeViews, testing, packaging, and troubleshooting, ensuring compatibility with the latest APIs.

Master advanced vulnerability analysis principles aligned with OWASP 2025 standards. Learn to think like an attacker and defend like an expert. Covers supply chain security, attack surface mapping, risk prioritization using CVSS and EPSS, and exceptional condition handling. Includes methodologies for scanning, code pattern analysis, and cloud security considerations to identify and mitigate critical security risks effectively.

This skill diagnoses latency and throughput in weather data workflows by measuring stages like discovery, transfer, parsing, and rendering separately. It identifies bottlenecks before code changes, supporting profiling and validation of performance fixes. It ensures accurate optimization by isolating slow steps in the pipeline.

Optimize website loading speed and Core Web Vitals like LCP, FID, and CLS. Reduce JavaScript bundle size through code splitting and lazy loading. Improve caching strategies and image delivery for faster runtime performance and better user experience.

This skill provides a framework for auditing Web3 smart contracts for security vulnerabilities. It includes pre-audit risk assessment strategies, critical bug class identification (like accounting desynchronization and access control), and Solidity code analysis techniques. Designed for authorized security assessments and educational purposes, it helps identify high-value targets and common exploit patterns in blockchain protocols.

WGM is a robust, agentic methodology designed to transform vague or rough requirements into working, validated software. It enforces a disciplined workflow across six stages: deep alignment (Grill), structured planning, deterministic iterative building (Loop), mandatory holdout-scenario judging, and final documentation audits. It ensures that the resulting code converges against rigorously tested acceptance criteria rather than relying on single-pass generation.

This guide details the principles and technical implementation of widget-based user interfaces, mimicking the aesthetic of modern mobile operating systems (like iOS Home Screen). It covers core design principles such as strict aspect ratios, glanceability, and corner radius matching. Practical code examples are provided for Web (CSS Grid), iOS (SwiftUI), and Cross-platform (Flutter) development, enabling designers to create modular, highly functional mini-apps.